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The Effects of Reflector Design and Lamp Orientation
The orientation of the lamp and the design of the reflector influence the performance characteristics of the light source in the following ways:. The Effects of Reflector Design and Lamp Orientation. The orientation of the lamp and the design of the reflector influence the performance
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Optical and Thermal Testing of Nickel and Glass Lamphouse Module Reflectors
The objective of this study was to eliminate speculation and assumption regarding reflector substrate optical and thermal performance by actually performing measurements and reporting the results of the measurements. Here, we report the optical and thermal measurement results of a single glass
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How to Use Anritsu MT9083A OTDR (Optical Time Domain Reflector)
ATEC's Don Spitler runs through a basic setup of the Anritsu OTDR (optical Time Domain Reflector), an instrument used for measuring characteristics of fiber optic cable. He demonstrates testing in single and multi-modes, and does a fault location test. TestEquipmentRentals's Channel - YouTube
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High-power distributed Bragg reflector lasers operating at 1065nm
High-power single-frequency laser diodes emitting. around 1065 nm are of interest for a variety of applications including. direct replacement of Nd:YAG lasers, spectroscopy, gas-sensing or. THz generation [1-4]. These first-order distributed Bragg reflector. (DBR) ridge waveguide lasers, fabricated
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Mounting Dimensions for TO-8 Sized Packages with Gold-Plated Parabolic Reflectors
HELIOWORKS infrared source. STEADY STATE: SSEK8520 - No Window. SSEK8521 - Sapphire Window. SSEK8522 - CaF2 Window. SSEK8523 - ZnSe Window. PULSABLE: SSEP3872 - 2.4 Watts. SSEP3962 - 2.7 Watts. SSEP3963 - 3.0 Watts. SSEP3964 - 3.5 Watts. SSEP3965 - 7.2 Watts. EF SERIES. SSEF8530 - No Window.
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Smart Materials Provide For Self-Adjusting Satellite Antennas
COLUMBUS, Ohio -- Researchers at Ohio State University have taken the first step toward developing adjustable antennas for satellite communications. Such an antenna could change the shape of its reflector while in orbit to improve signal quality. It could also replace several traditional antennas
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A bright idea for the operating room
aluminum reflectors. According to Jyrki Nieminen, R&D head for Merivaara, "The most important concern was the excessive heat generated by the lamp's metal reflector." Too much heat makes patients uncomfortable and also raises operating and exam room temperatures, affecting clinical staff. In addition
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Secure optical communication system utilizing deformable MEMS mirrors
retro-reflector are discussed. An alternative system design that allows higher bandwidth data transmission is described. 1. INTRODUCTION. Retro-reflectors have been used in optical systems for some time in applications requiring a precise return of a parallel beam of light to its source. A common